CN105681100A - Multi-protocol acquiring and scheduling method for comprehensive network management - Google Patents
Multi-protocol acquiring and scheduling method for comprehensive network management Download PDFInfo
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- CN105681100A CN105681100A CN201610112926.9A CN201610112926A CN105681100A CN 105681100 A CN105681100 A CN 105681100A CN 201610112926 A CN201610112926 A CN 201610112926A CN 105681100 A CN105681100 A CN 105681100A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/02—Standardisation; Integration
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/02—Standardisation; Integration
- H04L41/022—Multivendor or multi-standard integration
Abstract
The invention relates to a multi-protocol acquiring and scheduling method for comprehensive network management. An acquiring and scheduling service is a bridge for connecting a data presentation layer to an acquiring adapter, and is responsible for operating a task and feeding back a result; an acquirer of the acquiring and scheduling service is a program developed according to different interface protocols; by means of the acquirer, acquisition of all data described by the interface protocols is realized; the task to be operated comes from the presentation layer; users can see all kinds of operations supported by an interface in an interface configuration interface and create all kinds of acquisition tasks according to practical requirements in a task management interface; the acquiring and scheduling service operates the configured task in a timed manner; an acquisition service is adapted according to information described by the task; then, the acquisition service is invoked through a standard inlet; operation of the acquisition service is monitored; and an operation result is fed back to the presentation layer or directly written in a data storage layer. According to the invention, uniform invoking of multi-protocol and multi-language processes is realized; the various interface protocols are thoroughly isolated from the presentation layer; and thus, qualification requirements of constructors and maintainers are greatly reduced.
Description
Technical field
The present invention relates to a kind of Integrated Network Management System. Particularly relate to a kind of comprehensive network management multi-protocols collection scheduling method.
Background technology
Integrated Network Management System needs the producer's interface in the face of multiple types, and these interface protocol kinds are all likely to different with developing instrument, and these interfaces are directly exposed to engineering staff or user, brings substantial amounts of difficulty can to the daily work that administers and maintains. Accordingly, it would be desirable to they are encapsulated by a same method, leave behind and unified simple externally use interface.
Summary of the invention
The technical problem to be solved is to provide a kind of comprehensive network management multi-protocols collection scheduling method that can be substantially reduced construction and attendant's workload.
The technical solution adopted in the present invention is: a kind of comprehensive network management multi-protocols collection scheduling method, comprises the following steps that
1) carry out configurations, include:
The setting of harvester layer, strategy group definition, collection service and acquisition parameter;
2) newly-increased collection target;
3) task creation and task run.
Step 1) described in harvester layer be for realizing the collection to all data described by different interface protocols, described harvester layer includes several and has mutually isostructural harvester, and the setting of described harvester layer refers to that writing several has the following program inputting parameter:
Configuration filename: by configuration file, determines that calling specifically is gather data to gather from which in the interface of target;
Service keyword: this field is used for determining to call which kind of function needing the collection being accomplished which kind of data to call realization in other words specifically specifically;
List object: be used for determining acquisition range, when list is that empty interval scale gathers whole network data;
Task id: the UUID generated during task creation;
Each has the program as above inputting parameter and constitutes a harvester in harvester layer.
Step 1) described in strategy group definition be one group of the interface exploitation that producer according to specialty provides with the service corresponding to this producer, all functions of the provided interface of this producer are provided, then this being organized service definition is one tactful group, all of policy group information is stored in strategy group tables of data, described policy group information includes: strategy group ID, strategy group name, affiliated producer and affiliated specialty, build table script name, described in build the establishment SQL of the table script name all tables of data to tactful group should be had to use.
Step 1) described in collection service, it is set at some services that strategy group is following, described some services are that the mapping to the acquisition function that harvester layer realizes includes: Real-time Alarm, alarm synchronization, performance gathers, source synchronous, and user or engineering staff select the service oneself needed according to Service name, according to service-creation task, thus realizing corresponding acquisition function.
Step 1) described in acquisition parameter, the harvester being different is gathering the parameter that data need to use, the parameter that different services needs is different, parameter configuration table is set, the parameter name configuration each service needed is entered, retrieve for when creating and gather object instance, then by user, corresponding numerical value is filled in into.
Described different acquisition device needs the parameter used to include gathering data: ip, port, user name, password file path.
Each harvester in harvester layer runs complete, and by the data collected, the result of collection is exported data base by the mode of file or message stream, and the data form that output is gone is XML.
Step 2) described in newly-increased collection target include:
According to the structure gathering object table, in gathering object table, newly-increased one gathers target data, and the field that described collection object table includes has: destination name, target ip address, target abbreviation, target producer, target group name professional, tactful and configuration filename;
A described newly-increased collection target data in gathering object table, refers to and fills in gathering object table: destination name, target ip address, target abbreviation, target producer, target specialty;
According to the producer and the specialty that gather target data, one group of data is filtered out from strategy group tables of data, in these group data, selected one tactful group by user, this strategy group name is updated and gathers in this collection corresponding field of target newly-increased in object table;
According to all services that strategy group comprises, from parameter configuration table, find the parameter name needing to fill in, fill in correct numerical value to these parameter names, these parameter names and numerical value are preserved and are sent to configuration and generate service;
Configuration generates service according to receiving the parameter name in message and numerical generation configuration file, and the script according to the configuration of strategy group creates corresponding tables of data;
The profile name of generation is updated in collection object table, create target and complete.
Step 3) described in task creation be include
(1) choose one and gather target;
(2) according to corresponding tactful group of described collection target, the collection service that described collection target is supported is retrieved;
(3) choose one and gather service, the service configuration according to strategy group, it is determined that service is the need of guarding;
(4) if needing to guard, creating and entering (5th) step after guarding generic task; If need not guard, create and enter (5th) step after periodic duty task, or enter (6th) step after creating disposable task;
(5) duty cycle is filled in, the beginning and ending time;
(6) according to strategy group and service, associate out harvester and keyword that needs call, and associate out configuration filename from gathering object table, one task ID of stochastic generation, form a task data, task data writes task list, and described task list includes: task ID, duty cycle, beginning and ending time, harvester and keyword and configuration filename;
(7) last, start task.
Step 3) described in task run be serviced by task scheduling, including:
(1) retrieval tasks list, obtains the task of being currently needed for performing;
(2) for guarding generic task, check whether the service guarded exists, if it does, terminate, be absent from, then start service;
(3) for disposable task, calling task related service, update task run result, update execution status of task for terminating; For periodic task, calling task related service, update task run result, update and finally run the time.
A kind of comprehensive network management multi-protocols collection scheduling method of the present invention, data acquisition subsystem employs service mapping logic and dynamic call technology, achieve the unified call of the multilingual process of multi-protocols, miscellaneous interface protocol is thoroughly isolated with presentation layer, greatly reduces the workload of construction and attendant. The present invention uses the concept of strategy group, each producer's interface is packaged into one tactful group, the function that this interface provides is mapped to standard feature. Workmen has only to when disposing configure correct tactful group to producer's interface instance, it is possible to use the various services associating out to gather data.
Associate array is to establish a data structure by hash algorithm. By the public function that some are own, Associate array can carry out dependent conversion with xml document. In whole data subsystem, the external input and output of each functional unit and oneself internal data flowing are all realized by Associate array. The stream compression mode of subsystem internal has been unified in the application of Associate array, is greatly saved development cost. The mode that the employing process of calling of collection adapter is called realizes, and defines the parameter of process entrance. The adapter of C language exploitation and top service, directly use Associate array to complete the input and output storage of data; For the adapter that non-C language is developed, the file of xml form or text message is used to complete the docking with other function services of subsystem so that it is to incorporate in subsystem smoothly.
Accompanying drawing explanation
Fig. 1 is configurations mapping relations the 1st instance graph in the present invention;
Fig. 2 is configurations mapping relations the 2nd instance graph in the present invention;
Fig. 3 is configurations mapping relations the 3rd instance graph in the present invention;
Fig. 4 is the newly-increased flow chart gathering target in the present invention;
Fig. 5 is the flow chart creating task in the present invention;
Fig. 6 is the flow chart of operation task in the present invention.
Detailed description of the invention
Below in conjunction with embodiment and accompanying drawing, a kind of comprehensive network management multi-protocols collection scheduling method of the present invention is described in detail.
A kind of comprehensive network management multi-protocols collection scheduling method of the present invention, collection scheduling service is to connect data presentation layer and gather the bridge of adapter, and its responsibility is operation task and feedback result. Running of task is needed to come from presentation layer, user configures boundary at interface can check the various operations that interface is supported, in task management interface, various acquisition tasks can be created according to actual demand, whole process does not need specifically which collection adapter of these task calls, is what protocol realization on earth. The task that collection scheduling service timing operation has been configured, the information according to task description, carry out adaptive collection and service, then pass through standard entrance, calling collection service, monitoring gathers the operation of service, and operation result feeds back to presentation layer suddenly writes direct data storage layer.
A kind of comprehensive network management multi-protocols collection scheduling method of the present invention, it is characterised in that comprise the following steps that
1) carry out configurations, include: the setting of harvester layer, strategy group definition, collection service and acquisition parameter;Wherein:
(1) the harvester layer described in is for realizing the collection to all data described by different interface protocols, described harvester layer includes several and has mutually isostructural harvester, along with the specialty accessed and interface get more and more, harvester also can get more and more. The setting of described harvester layer refers to writes several programs with following 4 unified input parameters:
Configuration filename: by configuration file, determines that calling specifically is gather data to gather from which in the interface of target;
Service keyword: this field is used for determining to call which kind of function needing the collection being accomplished which kind of data to call realization in other words specifically specifically;
List object: be used for determining acquisition range, for instance gather the performance data of some network element, it is possible to for sky, when list is that empty interval scale gathers whole network data;
Task id: the UUID generated during task creation;
Each has the program as above inputting parameter and constitutes a harvester in harvester layer.
(2) the strategy group definition described in be one group of the interface exploitation that producer according to specialty provides with the service corresponding to this producer, all functions of the provided interface of this producer are provided, then this being organized service definition is one tactful group, all of policy group information is stored in strategy group tables of data, described policy group information includes: strategy group ID, strategy group name, affiliated producer and affiliated specialty, build table script name, described in build the establishment SQL of the table script name all tables of data to tactful group should be had to use.
(3) the collection service described in, it is set at some services that strategy group is following, described some services are that the mapping to the acquisition function that harvester layer realizes includes: Real-time Alarm, alarm synchronization, function, user or the engineering staffs such as performance gathers, source synchronous select the service oneself needed according to Service name, according to service-creation task, thus realizing corresponding acquisition function.
As shown in Figure 1, Figure 2, Figure 3 shows, a harvester can provide multiple and gather service, is identified the specific service of offer by ServiceKey parameter. It is that a harvester provides 1 to gather service as shown in Figure 1; It is that a harvester provides 2 to gather service shown in Fig. 2; It is that a harvester provides 3 to gather service shown in Fig. 3.
(4) acquisition parameter described in, the harvester being different is gathering the parameter that data need to use, the parameter that different services needs is different, parameter configuration table is set, the parameter name configuration each service needed is entered, retrieve for when creating and gather object instance, then by user, corresponding numerical value is filled in into. Described different acquisition device needs the parameter used to include gathering data: ip, port, user name, password file path etc.
Each harvester in harvester layer runs complete, and by the data collected, the result of collection is exported data base by the mode of file or message stream, and the data form that output is gone is XML.
2) newly-increased collection target; As shown in Figure 4, described newly-increased collection target includes:
(1) according to the structure gathering object table, in gathering object table, newly-increased one gathers target data, and the field that described collection object table includes has: destination name, target ip address, target abbreviation, target producer, target group name professional, tactful and configuration filename;
A described newly-increased collection target data in gathering object table, refers to and fills in gathering object table: destination name, target ip address, target abbreviation, target producer, target specialty;
(2) according to the producer and the specialty that gather target data, one group of data is filtered out from strategy group tables of data, in these group data, selected one tactful group by user, this strategy group name is updated and gathers in this collection corresponding field of target newly-increased in object table;
(3) all services comprised according to strategy group, find the parameter name needing to fill in from parameter configuration table, fill in correct numerical value to these parameter names, these parameter names and numerical value are preserved and are sent to configuration and generate service;
(4) configuration generates service according to receiving the parameter name in message and numerical generation configuration file, and the script according to the configuration of strategy group creates corresponding tables of data;
(5) profile name of generation is updated in collection object table, create target and complete.
3) task creation and task run. Wherein:
Described task creation is, as it is shown in figure 5, include
(1) choose one and gather target;
(2) according to corresponding tactful group of described collection target, the collection service that described collection target is supported is retrieved;
(3) choose one and gather service, the service configuration according to strategy group, it is determined that service is the need of guarding;
(4) if needing to guard, creating and entering (5th) step after guarding generic task; If need not guard, create and enter (5th) step after periodic duty task, or enter (6th) step after creating disposable task;
(5) duty cycle is filled in, the beginning and ending time;
(6) according to strategy group and service, associate out harvester and keyword that needs call, and associate out configuration filename from gathering object table, one task ID of stochastic generation, form a task data, task data writes task list, and described task list includes: task ID, duty cycle, beginning and ending time, harvester and keyword and configuration filename;
(7) last, start task.
Described task run is to have been serviced by task scheduling, as shown in Figure 6, and including:
Retrieval tasks list, obtains the task of being currently needed for performing; Wherein:
(1) for guarding generic task, check whether the service guarded exists, if it does, terminate, be absent from, then start service;
(2) for disposable task, calling task related service, update task run result, update execution status of task for terminating; For periodic task, calling task related service, update task run result, update and finally run the time.
Claims (10)
1. a comprehensive network management multi-protocols collection scheduling method, it is characterised in that comprise the following steps that
1) carry out configurations, include:
The setting of harvester layer, strategy group definition, collection service and acquisition parameter;
2) newly-increased collection target;
3) task creation and task run.
2. a kind of comprehensive network management multi-protocols collection scheduling method according to claim 1, it is characterized in that, step 1) described in harvester layer be for realizing the collection to all data described by different interface protocols, described harvester layer includes several and has mutually isostructural harvester, and the setting of described harvester layer refers to that writing several has the following program inputting parameter:
Configuration filename: by configuration file, determines that calling specifically is gather data to gather from which in the interface of target;
Service keyword: this field is used for determining to call which kind of function needing the collection being accomplished which kind of data to call realization in other words specifically specifically;
List object: be used for determining acquisition range, when list is that empty interval scale gathers whole network data;
Task id: the UUID generated during task creation;
Each has the program as above inputting parameter and constitutes a harvester in harvester layer.
3. a kind of comprehensive network management multi-protocols collection scheduling method according to claim 1, it is characterized in that, step 1) described in strategy group definition be one group of the interface exploitation that producer according to specialty provides with the service corresponding to this producer, all functions of the provided interface of this producer are provided, then this being organized service definition is one tactful group, all of policy group information is stored in strategy group tables of data, described policy group information includes: strategy group ID, strategy group name, affiliated producer and affiliated specialty, build table script name, the described establishment SQL building the table script name all tables of data to tactful group should be had to use.
4. a kind of comprehensive network management multi-protocols collection scheduling method according to claim 1, it is characterized in that, step 1) described in collection service, be set at the strategy following some services of group, described some services are that the mapping to the acquisition function that harvester layer realizes includes: Real-time Alarm, alarm synchronization, performance gathers, source synchronous, and user or engineering staff select the service oneself needed according to Service name, according to service-creation task, thus realizing corresponding acquisition function.
5. a kind of comprehensive network management multi-protocols collection scheduling method according to claim 1, it is characterized in that, step 1) described in acquisition parameter, the harvester being different is gathering the parameter that data need to use, the parameter that different services needs is different, arranges parameter configuration table, and the parameter name configuration each service needed is entered, retrieve for when creating and gather object instance, then by user, corresponding numerical value is filled in into.
6. a kind of comprehensive network management multi-protocols collection scheduling method according to claim 5, it is characterised in that described different acquisition device needs the parameter used to include gathering data: ip, port, user name, password file path.
7. a kind of comprehensive network management multi-protocols collection scheduling method according to claim 1 and 2, it is characterized in that, each harvester in harvester layer runs complete, by the data collected, the result of collection is exported data base by the mode of file or message stream, and the data form that output is gone is XML.
8. a kind of comprehensive network management multi-protocols collection scheduling method according to claim 1, it is characterised in that step 2) described in newly-increased collection target include:
According to the structure gathering object table, in gathering object table, newly-increased one gathers target data, and the field that described collection object table includes has: destination name, target ip address, target abbreviation, target producer, target group name professional, tactful and configuration filename;
A described newly-increased collection target data in gathering object table, refers to and fills in gathering object table: destination name, target ip address, target abbreviation, target producer, target specialty;
According to the producer and the specialty that gather target data, one group of data is filtered out from strategy group tables of data, in these group data, selected one tactful group by user, this strategy group name is updated and gathers in this collection corresponding field of target newly-increased in object table;
According to all services that strategy group comprises, from parameter configuration table, find the parameter name needing to fill in, fill in correct numerical value to these parameter names, these parameter names and numerical value are preserved and are sent to configuration and generate service;
Configuration generates service according to receiving the parameter name in message and numerical generation configuration file, and the script according to the configuration of strategy group creates corresponding tables of data;
The profile name of generation is updated in collection object table, create target and complete.
9. a kind of comprehensive network management multi-protocols collection scheduling method according to claim 1, it is characterised in that step 3) described in task creation be include
(1) choose one and gather target;
(2) according to corresponding tactful group of described collection target, the collection service that described collection target is supported is retrieved;
(3) choose one and gather service, the service configuration according to strategy group, it is determined that service is the need of guarding;
(4) if needing to guard, creating and entering (5th) step after guarding generic task; If need not guard, create and enter (5th) step after periodic duty task, or enter (6th) step after creating disposable task;
(5) duty cycle is filled in, the beginning and ending time;
(6) according to strategy group and service, associate out harvester and keyword that needs call, and associate out configuration filename from gathering object table, one task ID of stochastic generation, form a task data, task data writes task list, and described task list includes: task ID, duty cycle, beginning and ending time, harvester and keyword and configuration filename;
(7) last, start task.
10. a kind of comprehensive network management multi-protocols collection scheduling method according to claim 1, it is characterised in that step 3) described in task run be serviced by task scheduling, including:
(1) retrieval tasks list, obtains the task of being currently needed for performing;
(2) for guarding generic task, check whether the service guarded exists, if it does, terminate, be absent from, then start service;
(3) for disposable task, calling task related service, update task run result, update execution status of task for terminating; For periodic task, calling task related service, update task run result, update and finally run the time.
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| CN110401698A (en) * | 2019-06-27 | 2019-11-01 | 苏州浪潮智能科技有限公司 | A kind of monitoring data collection methods, devices and systems of task based access control asynchronous distribution |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106850596A (en) * | 2017-01-16 | 2017-06-13 | 北京市天元网络技术股份有限公司 | A kind of data collecting system and method |
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| CN107025115A (en) * | 2017-05-05 | 2017-08-08 | 北京英诺威尔科技股份有限公司 | A kind of method for being adapted to multiple interfaces collection |
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| CN110401698A (en) * | 2019-06-27 | 2019-11-01 | 苏州浪潮智能科技有限公司 | A kind of monitoring data collection methods, devices and systems of task based access control asynchronous distribution |
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